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首页> 外文期刊>International Journal on Emerging Mathematics Education >Beliefs, Attitudes, and Practices of High School Teachers in Handling Students’ Errors: Implications for Error-Tolerant Mathematics Classrooms
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Beliefs, Attitudes, and Practices of High School Teachers in Handling Students’ Errors: Implications for Error-Tolerant Mathematics Classrooms

机译:高中教师在处理学生错误方面的信念、态度和实践:对容错数学课堂的影响

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Proper handling of students’ errors in mathematics provides teaching and learning opportunities. Anchored in the Professional Error Competence Model developed by Wuttke and Siefried, this study investigated junior high school teachers’ beliefs, attitudes, and practices in handling students’ errors in their Mathematics class. The study employed a descriptive-correlational design and surveyed one hundred three Mathematics teachers from public secondary schools in Camarines Sur. A researcher-made survey questionnaire was used to gather the necessary data. All statistical analyses on the data collected, such as weighted mean, Pearson’s r, and Canonical Correlation Analysis were done using SPSS (version 21). The findings show that respondents frequently employed error detection, correction, and prevention strategies. It also demonstrates that both beliefs and attitudes correlated significantly with respondents’ error-handling practices. The study further reveals that the respondents’ attributes (age, sex, educational attainment, field of specialization, number of years in teaching mathematics, and seminars attended) contribute to their practices, beliefs, and attitudes in error handling. However, it is noted that as respondents grow older and gain more teaching experiences in Mathematics, certain error-handling practices, beliefs, and attitudes appear to diminish. It is therefore recommended that the frequency of error handling activities that facilitate learning should be increased further in a Mathematics class. School administrators should organize training programs that highlight the critical role of error handling in the learning process. They should also embark on benchmarking activities, mentoring, and coaching to expose teachers to error-handling strategies that promote an error-tolerant mathematics classroom where students have numerous opportunities to learn. Moreover, schools should provide students with opportunities to evaluate their teachers’ practices in handling errors. Finally, future researchers should perform actual observations on error handling practices to learn more about them in the classroom setting. They may also look into how teachers deal with errors in online education.
机译:正确处理学生在数学上的错误提供了教学和学习的机会。本研究以 Wuttke 和 Siefried 开发的专业错误能力模型为基础,调查了初中教师在数学课上处理学生错误的信念、态度和做法。该研究采用描述性相关设计,调查了南卡马林斯公立中学的103名数学教师。研究人员制作的调查问卷用于收集必要的数据。所有对收集到的数据的统计分析,如加权均值、Pearson's r 和规范相关分析,均使用 SPSS(第 21 版)完成。调查结果显示,受访者经常采用错误检测、纠正和预防策略。它还表明,信念和态度都与受访者的错误处理实践显着相关。该研究进一步表明,受访者的属性(年龄、性别、教育程度、专业领域、数学教学年限和参加的研讨会)有助于他们在错误处理方面的实践、信念和态度。然而,值得注意的是,随着受访者年龄的增长和获得更多的数学教学经验,某些错误处理实践、信念和态度似乎在减少。因此,建议在数学课上进一步增加促进学习的错误处理活动的频率。学校管理人员应组织培训计划,强调错误处理在学习过程中的关键作用。他们还应该开展基准测试活动、指导和辅导,让教师了解错误处理策略,促进学生有大量学习机会的容错数学课堂。此外,学校应为学生提供机会,以评估教师处理错误的做法。最后,未来的研究人员应该对错误处理实践进行实际观察,以便在课堂环境中更多地了解它们。他们还可以研究教师如何处理在线教育中的错误。

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